Description: Das Projekt "FOREST DRAGON - 3: Forest Ecosystem Mapping within China" wird vom Umweltbundesamt gefördert und von Universität Jena, Department for Earth Observation durchgeführt. The overall goal of the FOREST DRAGON 3 project is to advance understanding in forest ecosystems mapping within China. In addition, methodological developments towards the synergy of different sensors and techniques are proposed. Furthermore, a profound study will be carried out, in which a Decision Support System (DSS) will be built around web services providing decision-support on the mixture of eco-system services in local to regional scale integrating space and airborne remote sensing data. The eight objectives of the FOREST DRAGON 3 project are 1) the investigation of scaling effects in forest ecosystem mapping with SAR data, 2) the long-term analysis of forest GSV and forest structure over Northeast China based on SAR data, 3) linking forest DRAGON products with existing land use, land cover and/or fire products and 4) the synergy of optical and radar data for mapping forest ecosystems, 5) adapt current forest mapping algorithms to Eastern Russia, 6) adapt current and develop new forest mapping algorithm in Continental Southeast Asia, 7) use the Sentinels-1/2 data for forest map updating, 8) developing a modeling approach for forest services using space data as input for multi-criteria DSS in mountainous forests in China using earth observation. Under-pining the models will be the technology of remote sensing and existing spatial geo-data to establish or/and enhance forest, land cover and landform information. The project will deliver theoretical results as well as wall-to-wall maps of forest parameters for China and neighboring countries. Furthermore, this study will result in a new methodological base for DSS in forest resource management for mountain forest areas in China. This will be pursued through a case study in pilot region(s) in E and NE China.
Types:
SupportProgram
Origin: /Bund/UBA/UFORDAT
Tags: Jena ? Synergistische Wirkung ? Radar ? Satellitendaten ? Sensor ? Skigebiet ? Brunnen ? China ? Russland ? Geodaten ? Fernerkundungsdaten ? Gebäude ? Kartographie ? Struktur-Wirkung-Beziehung ? Waldökosystem ? Wirkung ? Karte ? Südostasien ? Erdbeobachtung ? Waldfläche ? Flächennutzung ? Berechnungsverfahren ? Berg ? Bergwald ? Daten ? Fallstudie ? Management ? Stoffgemisch ? Studie ? Technik ? Modellierung ? Wirkung ? Landbedeckung ? Geländerelief ? Abdeckung ? Dienstleistung ? Fernerkundung ? Feuerung ? Kenngröße ? Produkt ? Ressource ? Ressourcenbewirtschaftung ? Wald ? Gebiet ? Gebirge ? EINSATZ ? BETRACHTUNG ? FOERDERN ? DAUER ? FORTSCHRITTLICH ? LAENDER ? Basen [chemisch] ? LAND ? BESTEHEND ? ANGEPASST ? NEU ? ENTSCHEIDUNG ? ENTWICKLUNG ? AKTUALISIERUNG ? PROJEKT ? REGIONAL ? SAR [Radar] ? SAR-Wert (Strahlenschutz) ? UNTER ? UNTERSUCHUNG ? WAND ? ERGEBNIS ?
Region: Thuringia
Bounding box: 11° .. 11° x 50.91667° .. 50.91667°
License: cc-by-nc-nd/4.0
Language: Deutsch
Time ranges: 2012-06-01 - 2015-06-30
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